Trialux®: Trialux® is an online laminated Triacell® sheet.
Trialux® is a flat sheet with a cell structure. It has the same unique characteristics as a standard Triacell® sheet. Trialux® can optionally be laminated one- or two-sided.
A wide range of PP-based laminates give Trialux® both an aesthetic added value and technical/functional advantage, to suit your specific application.
This gives Trialux® a large field of application possibilities. The sheet can be further processed into boxes/trays/dividers/…
Available laminates:
Anti-slip, PP foam, spun bond, non-woven, wood imitation, textile, silver & gold foil, decorative & pre-printed films, …
A wide range of PP-based laminates give Trialux® both an aesthetic added value and technical/functional advantage to suit your specific application.
Decorative panels (wood imitation), sheets with a membrane, sheets with a non-woven film, sheets with a foam layer, …
- possible to laminate
- shockproof
- light-weight
Applications
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Flight cases
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Non-woven sheets
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Sheets with a membrane
-
Decorative panels (wood imitation)
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Decorative panels
-
Covering of cargo spaces
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Food pads
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Food packaging
Other applications:
- Textile: The use of various non-woven films or spun bonds gives Trialux® a high grade finish.
- Shockproof/protective: A foam layer laminated onto a Triacell® sheet prevents damage or scratches to your products.
- Protective packaging: Sheets with a soft textile layer or foam layer make sure your goods are transported and delivered in perfect condition.
- Luggage containers, instrument cases
Characteristics
Treatments
Processing
Specifications
PHYSICAL PROPERTIES
| Specific gravity PP | ISO 1183 | g/cm3 | 0,907 |
| Water absorption | ISO 62 | % | 0,02 |
MECHANICAL PROPERTIES
| Tensile strength (50 mm/min) | ISO 527-2 | MPa | 27-33 |
| Flexural modulus | ISO 178 | MPa | 1350 |
| Impact strength Izod (23°C) | ISO 180 | kJ/m² | 5 - 25 |
| Impact strength Izod (-20°C) | ISO 180 | kJ/m² | 0 - 6 |
| Compression strength at maximum 2,4mm/450g | external lab | N/cm² | 60 |
| Compression strength at maximum 2,7mm/600g | external lab | N/cm² | 130 |
| Compression strength at maximum 3,4mm/900g | external lab | N/cm² | 136 |
| Compression strength at maximum 5,7mm/1600g | external lab | N/cm² | 176 |
| Compression resistance (at 1000N) 2,4mm/450g | external lab | N/cm² | < 30% |
| Compression resistance (at 1000N) 2,7mm/600g | external lab | N/cm² | < 30% |
| Compression resistance (at 1000N) 3,4mm/900g | external lab | N/cm² | < 20% |
| Compression resistance (at 1000N) 5,7mm/1600g | external lab | N/cm² | < 15% |
| Impact resistance 2,4mm/450g | Falling dart drop | no effect < 0,30m | |
| Impact resistance 2,7mm/600g | Falling dart drop | no effect < 0,40m | |
| Impact resistance 3,4mm/900g | Falling dart drop | no effect < 0,80m | |
| Impact resistance 5,7mm/1600g | Falling dart drop | no effect < 1,00m | |
| Flexural Break resistance 2,4mm/450g | ISO 178 | N/mm² | 3,75 |
| Flexural Break resistance 2,7mm/600g | ISO 178 | N/mm² | 3,2 |
| Flexural Break resistance 3,4mm/900g | ISO 178 | N/mm² | 8,28 |
| Flexural Break resistance 5,7mm/1600g | ISO 178 | N/mm² | 27,4 |
THERMAL PROPERTIES
| Coefficient of linear expansion | ASTMD696 | mm/m°C | 0,18 |
| Specific Heat | DSC | J/g°C | 1,68 |
| Heat deflection temp.(0,46 MPa) | ISO 75 | °C | 78 |
| Heat deflection temp.(1,82 MPa) | ISO 75 | °C | 52 |
| Vicat softening point (1 kg) (10N) | ISO 306 | °C | 148 |
| Vicat softening point (5 kg) (50N) | ISO 306 | °C | 78 |
ELECTRICAL PROPERTIES
| Surface resistivity | ASTMD257 | Ω | ca. 1013 |
| Dielectric constant (at 1 MHz) | ASTMD150 | - | 2,25 |
| Dissipation factor (tgδ at 1MHz) | ASTMD150 | - | < 5 x 10-4 |
| Dielectric strength (500V/sec) | ASTMD149 | kV/mm | 70 |
